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AMD CPU Wattages Table

Gillbot

Gillbot

Lifer
I've been doing some searching for a cool CPU for my SN45G and compiled this table thus far:
Low number is "Typical" thermal dissipation and High number is "Maximum" thermal dissipation.
If anyone can find the info for any others, more specifically the mobiles, It would be much appreciated!

Duron 1800MHz 1.50v - 53-57W
Duron 1600MHz 1.50v - 48-57W

Tbird 1400MHz 1.75v - 65-72W

1500+ 1333MHz 1.75v - 54-60w
1600+ 1400MHz 1.75v - 56-63w
1700+ 1467MHz 1.75v - 57-64w
1800+ 1533MHz 1.75v - 59-66w
1900+ 1600MHz 1.75v - 61-68w
2000+ 1667MHz 1.75v - 63-70w
2100+ 1733MHz 1.75v - 64-72w

1700+ 1467MHz CPUID of 680 1.50v - 45-49W
1800+ 1533MHz CPUID of 680 1.50v - 46-51w
1900+ 1600MHz CPUID of 680 1.50v - 48-53w
2000+ 1667MHz CPUID of 680 1.60v - 55-60w
2000+ 1667MHz CPUID of 680 1.65v - 55-60w
2100+ 1733MHz CPUID of 680 1.60v - 56-62w
2200+ 1800MHz CPUID of 680 1.65v - 62-68w

1600+ 1400MHz CPUID of 681 1.60v - 44-49w
1700+ 1467MHz CPUID of 681 1.50v - 45-49W
1700+ 1467MHz CPUID of 681 1.60v - 45-49W
1800+ 1533MHz CPUID of 681 1.50v - 46-51w
1800+ 1533MHz CPUID of 681 1.60v - 46-51w
2000+ 1667MHz CPUID of 681 1.60v - 55-60w
2100+ 1733MHz CPUID of 681 1.60v - 56-62w
2200+ 1800MHz CPUID of 681 1.60v - 57-63w
2400+ 2000MHz CPUID of 681 1.65v - 62-68w
2600+ 2133MHz CPUID of 681 1.65v - 62-68w

2100+ 1733MHz 266fsb 1.60v - 56-62w
2200+ 1800MHz 266fsb 1.65v - 62-68w

2400+ 2000MHz 1.65v - 54-68W
2200+ 1800MHz 1.60v - 54-68W
2000+ 1667MHz 1.60v - 54-68W

2200+ 1800MHz 1.50v - 52-63W
2000+ 1667MHz 1.50v - 49-60W

2500+ 1833MHz 333fsb 1.65v - 54-68w
2600+ 1917MHz 333fsb 1.65v - 54-68w
2800+ 2083MHz 333fsb 1.65v - 54-68w
3000+ 2167MHz 333fsb 1.65v - 58-74w

3000+ 2100MHz 400fsb 1.65v - 54-68w
3200+ 2200MHz 400fsb 1.65v - 60-77w

2600+ 2000MHz AthlonMP 1.60v - 47-60w
2800+ 2133MHz AthlonMP 1.60v - 47-60w

EDIT> All info gathered from AMD DIRECTLY
 
i really wouldn't worry about the temps, my friend personally owns that shuttle and has his barton overclocked to the nomral 3200+ speeds and it runs a nice cool 40Cish.

the XP line really doesn't make all that much heat.
 
A chip obviously can't produce more net heat than it's getting input as total energy. Since the max draw on most Mobile XP's (Barton core) is 35W, that's the Absolute Maximum Heat Output. 🙂

And if you're that concerned, undervolt the processor a quarter or half-volt. Makes a big difference in warmth. But as mentioned, Shuttles were designed with tiny space-constraints in mind, and they handle the heat load admirably.

- M4H
 
Originally posted by: MercenaryForHire
A chip obviously can't produce more net heat than it's getting input as total energy. Since the max draw on most Mobile XP's (Barton core) is 35W, that's the Absolute Maximum Heat Output. 🙂

And if you're that concerned, undervolt the processor a quarter or half-volt. Makes a big difference in warmth. But as mentioned, Shuttles were designed with tiny space-constraints in mind, and they handle the heat load admirably.

- M4H
Click to expand...
The max wattage of almost all of the mobile Bartons is 45 watts, not 35 watts. Although, here's a link to the 35 watt XP-M 2400, if you're interested:
link.
 
Interesting to see the advantage of the 400MHz FSB Barton 3000+ over the 333MHz FSB version. Much lower power requirement should equal lower heat.
 
If the Shuttle is so great at handling temps, why wouldn't it tame my 1.4GHz athlon? It would run in excess of 60°C and was never stable, plus my temp alarm for my HDD kept going off. I downgraded to a Duron (Applebred) @ 1800MHz and am seeing low 40's °C temps now, but many of the XP line have thermal specs close to my original 1.4 athlon.

EDIT> And I know about the 35W and 45W Mobiles, but there are others out there like the 1500+ Mobile that I have not seen thermal specs for yet.
 
Originally posted by: Gillbot
If the Shuttle is so great at handling temps, why wouldn't it tame my 1.4GHz athlon? It would run in excess of 60°C and was never stable, plus my temp alarm for my HDD kept going off. I downgraded to a Duron (Applebred) @ 1800MHz and am seeing low 40's °C temps now, but many of the XP line have thermal specs close to my original 1.4 athlon.

EDIT> And I know about the 35W and 45W Mobiles, but there are others out there like the 1500+ Mobile that I have not seen thermal specs for yet.
Click to expand...

bad heatsink mount, bad thermal exchange material or application?
 
Originally posted by: AWhackWhiteBoy
Originally posted by: Gillbot
If the Shuttle is so great at handling temps, why wouldn't it tame my 1.4GHz athlon? It would run in excess of 60°C and was never stable, plus my temp alarm for my HDD kept going off. I downgraded to a Duron (Applebred) @ 1800MHz and am seeing low 40's °C temps now, but many of the XP line have thermal specs close to my original 1.4 athlon.

EDIT> And I know about the 35W and 45W Mobiles, but there are others out there like the 1500+ Mobile that I have not seen thermal specs for yet.
Click to expand...

bad heatsink mount, bad thermal exchange material or application?
Click to expand...

Reapplied Arctic Silver many times to ensure good transfer. Reseated cooler to ensure good contact and mount.

The 1.4 Athlon was one of the hottest chips made, but it seems some of the higher end XP's are creeping up there. I just think this unit I have isn't up to par when it comes to handling temps from higher wattage chips for some reason, I just haven't isolated it yet. For now, I'm sticking to the lower wattages to keep the system going and I'll track it down later when I don't have as much work to do. Right now, reliability and stability are cruical.
 
a 3200 Barton makes about the same amount of heat as the 1.4 athlon B and C thunderbird cores. seems like crummy luck, i can't see shuttle releasing that PC if it can't handle the latest bartons. running a duron must hurt 🙁
 
I have a 2500+ Barton and a 2400+ Mobile on the way to try. Hopefully they will play better with what I have. I went from the 1.4 Athlon to the Duron 1800 so the performance is about equal so far.
 
It's inside using the shroud. I had 2 panaflo's piggybacked as many do over at Sudhian but it was WAY unstable that way. I went back to the stock sunon fan in the stock config and went to a lower wattage chip. I'm gonna add another fan at the top rear of the case and see if that help by getting more airflow through the case. I just haven't decided if it was a temp issue alone or this system just didn't agree with the 1.4 Athlon.
 
hmm then my friend definatly has a different case, his 80mm fan is screwed on externally.

hopefully the system merely didn't agree with the processor, or its older FSB. i'm sure its 200 or 266FSB was a major bottleneck.
 
Originally posted by: Falloutboy525
anyone know a way to figure out how many watts my cpu is putting out in its overclocked state?

15x180 2.7ghz 2.1V
Click to expand...

Not without knowing the current draw, but you could guesstimate by getting your PR rating from Sandra or a similar benchmark and comparing to the CPU's already listed.
 
Originally posted by: Falloutboy525
anyone know a way to figure out how many watts my cpu is putting out in its overclocked state?

15x180 2.7ghz 2.1V
Click to expand...

approx 120watts

edit: why spend the money on water cooling and settle for 180FSB? even a 250FSB barton at 2.5ghz will still beat yours 🙁
 
Originally posted by: AWhackWhiteBoy
Originally posted by: Falloutboy525
anyone know a way to figure out how many watts my cpu is putting out in its overclocked state?

15x180 2.7ghz 2.1V
Click to expand...

approx 120watts

edit: why spend the money on water cooling and settle for 180FSB? even a 250FSB barton at 2.5ghz will still beat yours 🙁
Click to expand...

got the kit in a trade my next purchace will be better ram.

going to wait and see how much that new samsung ddr500 is going to cost. they look like the second comming of BH-5
 
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